/* genstr.h */

#ifndef _INC_GENSTR_H
#define _INC_GENSTR_H


// misc.tab
#define _genstr_gmf    "Generate Miscellaneous Functions"

// misc.pan
#define _genstr_msc    "Misc"

#define _genstr_sty    "Series Type"
#define _gentip_sty    "Waveform to Generate"

#define _genstr_npt    "Number of Samples"
#define _gentip_npt    "Length of Series in Samples"

#define _genstr_spc    "Spacing"
#define _gentip_spc    "Delta X (1/Rate), Spacing between Samples"

#define _genstr_frq    "Frequency"
#define _gentip_frq    "Frequency in Hertz"

#define _genstr_fac    "Factor"
#define _gentip_fac    "X Axis Expansion Factor"

#define _genstr_slp    "Slope"
#define _gentip_slp    "Slope of Line"

#define _genstr_int    "Intercept"
#define _gentip_int    "Y Intercept of Line"

#define _genstr_imf    "Impulse Offset"
#define _gentip_imf    "Location of Impulse in Seconds"

#define _genstr_off    "Phase"
#define _gentip_off    "Phase Offset in Radians"

#define _genstr_sfq    "Start Frequency"
#define _gentip_sfq    "Starting Sweep Frequency in Hertz"

#define _genstr_efq    "End Frequency"
#define _gentip_efq    "Ending Sweep Frequency in Hertz"

#define _genstr_rtm    "Rise Time"
#define _gentip_rtm    "Leading Edge Rise Time"

#define _genstr_dcy    "Duty Cycle"
#define _gentip_dcy    "Percent of 'On' Time, 0% to 100%"

#define _genstr_wid    "Width"
#define _gentip_wid    "Fraction of Period where Maximum is Located, 0.0 to 1.0"

#define _genstr_dfc    "Damping Factor"
#define _gentip_dfc    "Exponential Damping Factor"

#define _gentip_sqr    "Squarewave"
#define _gentip_tri    "Triangle Wave"
#define _gentip_saw    "Sawtooth Wave"
#define _gentip_exp    "Exponential"
#define _gentip_log    "Log Base 10"
#define _gentip_ln     "Natural Log"
#define _gentip_sqt    "Square Root"
#define _gentip_lin    "Straight Line"
#define _gentip_snc    "Sin(x)/x"
#define _gentip_imp    "Single Impulse"
#define _gentip_rts    "Squarewave with a Rise Time"
#define _gentip_swp    "Swept Sinewave"
#define _gentip_dsn    "Exponentially Damped Sinewave"

// genset.pan
#define _genstr_dts    "Data Settings"

#define _genstr_vu     "Vertical Units"
#define _gentip_vu     "Y Units"

#define _genstr_hu     "Horizontal Units"
#define _gentip_hu     "X Units"

#define _genstr_xof    "X Offset"
#define _gentip_xof    "X Start Value"

// gmatrix.tab
#define _genstr_gam    "Generate a Matrix"

// gmatrix.pan
#define _genstr_mgn    "Matrix Generation"

#define _genstr_mty    "Matrix Type"

#define _genstr_nr     "Number of Rows"
#define _gentip_nr     "Number of Rows for Matrix"

#define _genstr_nc     "Number of Columns"
#define _gentip_nc     "Number of Columns for Matrix"

#define _gentip_one    "Matrix of All Ones"
#define _gentip_zro    "Matrix of All Zeros"
#define _gentip_eye    "Matrix with a Diagonal of Ones"
#define _gentip_rnd    "Matrix with Uniformly Distributed Random Values"
#define _gentip_gau    "Matrix with Normally Distributed Random Values"

// tri.tab
#define _genstr_gts    "Generate Trigonometric Series"

// trig.pan
#define _genstr_trg    "Trig"
#define _genstr_pha    "Phase"
#define _gentip_pha    "Phase Offset in Radians"

// winstuff.tab
#define _genstr_gwf    "Generate Windowing Functions"

// winstuff.pan
#define _genstr_wfn    "Windowing Functions"

#define _genstr_att    "Attenuation"
#define _gentip_att    "Sidelobe Attenuation in dB"

#define _genstr_nbr    "Nbar"
#define _gentip_nbr    "Number of Approximate Constant Level Aidelobes Adjacent to Mainlobe"

// invtri.tab
#define _genstr_git    "Generate Inverse Trigonometric Series"

// invtrig.pan
#define _genstr_itr    "Inverse Trig"

// hyp.tab
#define _genstr_ght    "Generate Hyperbolic Trigonometric Series"

// hyp.pan
#define _genstr_hyp    "Hyperbolic"

// invhyp.tab
#define _genstr_gih    "Generate Inverse Hyperbolic Trigonometric Series"

// invhyp.pan
#define _genstr_ihy    "Inverse Hyperbolic"

// norm.tab
#define _genstr_ndn    "Generate Normally Distributed Noise"

// norm.pan
#define _genstr_gnl    "Gnormal"
#define _genstr_mea    "Mean"
#define _gentip_mea    "Average Value"
#define _genstr_std    "Standard Deviation"
#define _gentip_std    "Standard Deviation about Mean"

// rand.tab
#define _genstr_udn    "Generate Uniformally Distributed Noise"

// rand.pan
#define _genstr_grn    "Grandom"

// grandom.pan
#define _genstr_grnd   "Generate Random Distribution"
#define _genstr_rnd    "Random"
#define _genstr_dis    "Distribution"

#define _gentip_nrm    "Normal (Gaussian) Distribution"
#define _gentip_unf    "Uniform Distribution"
#define _gentip_bin    "Binomial Distribution"
#define _gentip_gam    "Gamma Distribution"
#define _gentip_psn    "Poisson Distribution"

#define _genstr_n       "N"
#define _gentip_n       "Integer Number of Trials, N >= 0"
#define _genstr_p       "P"
#define _gentip_p       "Probability of Success, 0.0 <= P <= 1.0"
#define _genstr_shp     "Shape"
#define _gentip_shp     "Gamma Shape Parameter, Shape > 0.0"
#define _genstr_sca     "Scale"
#define _gentip_sca     "Gamma Scale Parameter, Scale > 0.0"
#define _genstr_lmd     "Lambda"
#define _gentip_lmd     "Poisson Event Rate, Lambda >= 0.0"
#define _genstr_uns     "Unscaled"
#define _gentip_uns     "Do Not Scale the Result to have Precisely the Specified Mean and Std. Deviation"
#define _genstr_rgl     "Low Range"
#define _gentip_rgl     "Minimum Value"
#define _genstr_rgh     "High Range"
#define _gentip_rgh     "Maximum Value"

// hist.pan
#define _histstr_nrm    "Normalization"
#define _histtip_nrm    "None | Normalize Based on PDF | Sum to 1"
#define _histopt_pdf    "PDF"
#define _histopt_prb    "Probability"



#endif